Q Mixers Light Tonic Water Can 7.5 fl. oz. - 24/Case

Details

Take the quality of your mixed drinks and mocktails to the next level with this Q Mixers light tonic water! This thoughtfully crafted premium mixer boasts a bright and refreshing flavor profile derived from real quinine and agave. It contains no high fructose corn syrup and only 4 grams of sugar, providing a healthier option for your patrons to enjoy their favorite drinks in style. Perfect for cocktails, trendy non-alcoholic beverages, or enjoying on its own, the maximum carbonation of this tonic water ensures that your drinks won't fall flat, maintaining a refreshing fizziness from the first sip to the last. The convenient 7.5 fl. oz. can is perfect for a single beverage, making it an ideal choice for use in restaurants, bars, and lounges where consistency and quality are paramount.

Each case contains (6) 4-packs for a total of 24 cans per case. Whether you're mixing up a classic gin and tonic water or experimenting with a new cocktail recipe, Q Mixers premium tonic water is the perfect complement to your creations. For a classic gin and tonic water, fill a highball glass with ice, mix 2 fl. oz. of gin with a full can of tonic water, and garnish with a lime wedge. Give it a quick stir to maintain the fizziness and enjoy a perfectly balanced and effervescent drink. Elevate your bartending game with this light tonic water that's designed to bring out the best flavors in your beverages.

Originating with a simple question about why mixers don't stand up in quality to spirits, Brooklyn-based Q Mixers provides carefully crafted mixers and cocktail mixes with one mission in mind. Fine ingredients, subtle sweetness, complex flavor profiles, and maximum carbonation drive their premium-quality recipes, resulting in mixers that complement beverages rather than diluting or overpowering them. Turn to Q Mixers to add flavorful depth to your beverage menu, provide an attractive drink presentation to your customers, increase your speed of service, and optimize your bar area.